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Carbon fiber has the characteristics of high temperature resistance, friction resistance, electrical conductivity, heat conduction, and corrosion resistance. The appearance is fibrous, soft, and can be processed into various fabrics. Because its graphite crystallite structure is preferably oriented along the fiber axis, it has a high direction along the fiber axis. The strength and modulus. The density of carbon fiber is small, so its specific strength and specific modulus are high.
carbon fiber, Kevlar, most metals oh and lexan
steel
Kinda obvious :S Metals (usually aluminum or steel) are used in cars because they are strong and cheap. Expensive sports cars usually have stronger metals (like titanium) but that makes them more expensive. Different metals are used for different purposes, too. The main frame of a car would usually be steel instead of aluminum because it is stronger but delicate pieces would be made of aluminum because strength is not needed but it would be cheaper to make them in aluminum
Steel is a harder and more durable metal than aluminum. Therefore, steel doors are often more durable and more difficult to damage than aluminum doors.
Initial javelins were made of wood until the mid-1950's. Dick Held improved javelin aerodynamics and durability by introducing aluminum javelins around that time (his brother, Bud, was the world-record holder for a time). Current javelins are made of steel, aluminum and/or carbon fiber.
It is made from carbon fibre because it is lighter so it will stay in the air for longer
Aluminum alloys, plastics, steel, carbon fiber...
Wood, aluminum, steel, carbon fiber...lots of things.
aluminum and steel welds and the hood is carbon fiber
Steel is typically the framework. The body can be steel, aluminum and/or fiberglass. There is also experimentation with carbon fiber.
Steel, Aluminum, carbon fiber,iron, fiberglass, and thousands of other materials
Steel, aluminum, fiberglass, or carbon fiber depending on the vehicle the hood is installed on. Most are made of steel.
It is cheaper and easier to manufacture than aluminum, fiberglass, carbon fiber or stainless steel bodies.
Depending on the type of racing, wheels can be steel, aluminum, magnesium, or carbon fiber
Depending on the car, some disc brakes are made of steel, aluminum or carbon fiber.
carbon fiber costs more than steel